Intelligent dry-wet cleaning dust collection and mopping integrating robot

Abstract

The invention aims at providing an intelligent dry-wet cleaning dust collection and mopping integrating robot, which comprises a charging stand and a host machine, and further comprises an anti-collision elastic tongue, a side brush, a rolling brush module, a mopping module, a water storage tank and a dust collection box which are arranged on the host machine, wherein the charging stand is connected to the host machine by virtue of a charging contact elastic sheet; the host machine further comprises a flip, an infrared anti-collision module, a water spraying hole, an ultrasonic module, infrared anti-falling modules, a power switch, walking wheels and infrared abutting-joint modules; the flip is arranged at the bottom of the host machine; the infrared anti-collision module and the water spraying hole are arranged at one end of the host machine; the ultrasonic module is arranged at one side of the host machine; the four infrared anti-falling modules are arranged at four corners of the bottom of the host machine; the power switch is arranged at the bottom of the host machine; the walking wheels are arranged at two sides of the bottom of the host machine; and the infrared abutting-joint modules are arranged at one end of the host machine. The robot provided by the invention integrates cleaning and mopping, and dry-wet integrated cleaning can be effectively implemented.

Description

technical field [0001] The invention relates to a smart machine, in particular to an intelligent dry-wet cleaning suction-drag integrated robot. Background technique [0002] At present, most of the mopping and sweeping robots are a middle sweeping module plus a fan vacuum module and a rag module at the end of the machine to clean the dust on the ground, and intelligently carry out mopping and sweeping; because the middle sweeping module is located in the middle of the fuselage , and the length is relatively short, which makes some areas not clean and inefficient. Since the mop module at the tail is floating on the ground, the force is not good, and the footprints on the ground and the electrostatically adsorbed dust cannot be cleaned thoroughly. After cleaning by a simple sweeping robot, it needs to be wiped again manually with a rag, which not only fails to achieve the effect of intelligent cleaning, but also makes cleaning more troublesome. Therefore, how to complete the ...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the mopping and sweeping robots are a middle sweeping module plus a fan vacuum module and a rag module at the end of the machine to clean the dust on the ground, and intelligently carry out mopping and sweeping; because the middle sweeping module is located in the middle of the fuselage , and the length is relatively short, which makes some areas not clean and inefficient. Since the mop module at the tail is floating on the ground, the force is not good, and the footprints on the ground and the electrostatically adsorbed dust cannot be cleaned thoroughly. After cleaning by a simple sweeping robot, it needs to be wiped again manually with a rag, which not only fails to achieve the effect of intelligent cleaning, but also makes cleaning more troublesome. Therefore, how to complete the cleaning effect without paying manpower has become an industry in this field. Questions that people need to study

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